Abstract The Global Positioning System (GPS) is an important tool to observe and model
geodynamic processes such as plate tectonics and post-glacial rebound. In the last three …

The extended Burgers material (EBM) model provides a linear viscoelastic theory for
interpreting a variety of rock deformation phenomena in geophysics, playing an increasingly …

Widespread environmental impacts of frequent drought episodes in Brazil have resulted in
several drought-related diagnostics studies. However, the potential of many “opportunistic …

We propose a novel approach to classify sets of Global Navigation Satellite System (GNSS)
permanent stations as benchmarks for hydrogeodesy. Benchmarks are trusted sets of GNSS …

GPS has been extensively used to estimate tidal ground displacements, but the accuracy of
this has not been systematically verified. Using more than 20 sites distributed across …

Temporal variations of surface masses, such as the hydrosphere and atmosphere of the
Earth, load the surfaces of planetary bodies causing temporal variations in deformation …

The global navigation satellite system (GNSS) has seen tremendous advances in
measurement precision and accuracy, and it allows researchers to perform geodynamics …

The deployment of seismic stations and the development of ambient noise tomography as
well as new analysis methods provide an opportunity for higher-resolution imaging of …

We explore Earth's elastic deformation response to ocean tidal loading (OTL) using
kinematic Global Positioning System (GPS) observations and forward-modelled predictions …

Constitutive theory for viscoelasticity has broad application to solid mantle or ice
deformations driven by tides, surface mass variations, and post-seismic flow. Geophysical …